Intel-Based Mini-ITX Boards Engineered for Your Application

Every great embedded product starts with the right board. That’s why we don’t just sell Intel-based Mini-ITX PCBA—we shape them around your vision.
Exact Fit to Your Enclosure
Flexible Power and Connectivity
Fanless. Rugged. Industrial-Ready

Engineered to Fit: Down to the Last Millimeter

Off-the-shelf Mini-ITX boards almost work, until they don’t. That’s why we build each board as a mechanical match to your product’s environment.

Standard Mini-ITXCustomized Mini-ITXExclusive ODM by MiniITXBoard.com
Does it fit your enclosure without rework?“Almost” until you have to shave off a bracket or move a screw hole.Yes – we shift connectors and drill points to match your mechanical drawing.Absolutely, we design your board and enclosure in lockstep, from day zero.
Will it work long-term, in the field, without hacks?1x COM and 4x USB… and too many unused ports.Pick your mix: legacy serial, GPIO, CAN, LAN, M.2, SIM, exactly where you want them.Even the BIOS-level settings are matched to your application logic.
Will it work long-term, in the field, without hacks?Good luck with airflow, noise, or power anomalies in extreme conditions.Built with wide-temp components, passive cooling, and stable routing.Validated across your entire use environment, no surprises, no revisions.

Which Intel Architecture Powers Your Product Best?

Not every embedded application needs a Xeon®. Not every edge AI solution needs a fan.

Intel Atom® & Celeron®

Fanless Efficiency

Ideal for compact, low-power designs. Up to 8-core, great for signage, kiosks, and low-load edge tasks.

Use it when:

  • Size and power are tight
  • Passive cooling is a must
  • Cost is key

Intel Atom® & Celeron®

Performance Balance

Multithreaded, scalable, with support for AI acceleration and graphics. Perfect for vision systems, control centers, and edge AI.

Use it when:

  • You need performance per watt
  • AI inference or graphics required
  • Mid-size deployments

Intel Xeon® / Industrial SoCs

Heavy Duty Compute

Multithreaded, scalable, with support for AI acceleration and graphics. Perfect for vision systems, control centers, and edge AI.

Use it when

  • Mission-critical operations
  • Virtualization or clustering
  • High I/O and throughput needed

Talk to a Hardware Consultant Today

Get a fast, tailored quote for your custom Mini‑ITX automation board.

Revision Control & Traceability

Every board tracked by version, batch, and change history.

Cross-OS Support

Long-term drivers for Windows IoT, Ubuntu LTS, Yocto, and more.

Can Your Board Connect to Everything You Need?

No adapters, no rewiring, no surprises. We route every pin and port exactly where you need it.

Port TypeCustomized Mini-ITXExclusive ODM by MiniITXBoard.com
COM (RS-232/485)Yes – we shift connectors and drill points to match your mechanical drawing.Absolutely, we design your board and enclosure in lockstep, from day zero.
USB (2.0/3.2)Pick your mix: legacy serial, GPIO, CAN, LAN, M.2, SIM, exactly where you want them.Even the BIOS-level settings are matched to your application logic.
LANBuilt with wide-temp components, passive cooling, and stable routing.Validated across your entire use environment, no surprises, no revisions.
GPIO / CAN Bus8–32 pin programmableSupports industrial signaling & robotics
LVDS / eDP / HDMIDual-display outputInternal + external screen support
M.2 / SIM SlotB-Key, E-Key, M-KeyAI, storage, cellular modem add-ons
Audio / MIC-IN / Line-OutRealtek / Intel HD AudioOptional or board-excluded on request
Power InputWide voltage (9–36V DC)Reverse/over-voltage protection options

Thermal Design & Environmental Resilience

Can Your System Survive the Heat, Dust, and Shocks?

In industrial and edge environments, fans fail, dust clogs systems, and heat builds fast. That’s why our Mini-ITX boards are engineered for fanless reliability, wide temperature operation, and vibration-resistant performance, all at the PCBA level. No guesswork. No afterthoughts.

-40°C to +85°C Operating Range

Qualified components for full-range deployment—outdoors, in vehicles, or inside factories.

Passive Cooling Architecture

Fin layout and thermal zones designed for aluminum heatsinks and direct-contact cooling.

Conformal Coating & Board Reinforcement

Optional dust/moisture protection for high-vibration environments.

Industrial Power Input (9–36V)

Designed for rail, vehicle, and fluctuating power environments with surge protection.

Fanless & Silent Operation

No noise. No moving parts. Longer MTBF. Less maintenance.

Can You Rely on This Board 3, 5, or 10 Years from Now?

In embedded systems, design is only half the battle, sourcing and sustaining are the other. That’s why we align with Intel’s Embedded Roadmap to offer guaranteed longevity, locked component BOMs, and version control. So you can plan rollouts and expansions with zero surprises.

7–15 Year Intel Embedded Roadmap Support

Choose CPUs and chipsets with guaranteed long-term availability.

Locked BOM (Bill of Materials)

We freeze your approved components—no substitutions without your signoff.

EOL (End-of-Life) Notifications

You’ll get early alerts, lifecycle planning, and last-time buy options.

Custom Automation Hardware in Action

Our custom Mini‑ITX boards sync robotic arms, conveyor belts, and SCADA screens with microsecond precision, feed edge analytics for early fault alerts, and plug straight into existing PLC networks for hassle‑free integration.

Intel® OpenVINO™ Support

Ready-to-run inference models on CPU, GPU, or VPU. Optimized for edge AI workloads.

Face recognition, anomaly detection, retail analytics

PCIe GPU/FPGA Slot (Optional)

Expand with NVIDIA/AMD GPUs or FPGA cards

Robotics, industrial inspection, smart factory systems

M.2 E-Key / M-Key for AI Accelerators

Supports Coral Edge TPU, Hailo-8™, Intel® Movidius™, and more

Real-time vision at <10W power draw

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Automation Insights & Best Practices

Stay current with tutorials on real‑time control, fieldbus integration, and SCADA security.